The Peng–Robinson cubic equation of state (CEOS) is used to calculate the inversion curve of the Joule–Thomson effect for any...
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The Peng–Robinson cubic equation of state (CEOS) is used to calculate the inversion curve of the Joule–Thomson effect for any fluid. The alpha function is calculated using a generalized expression [2]. You can vary the acentric factor to see changes in the inversion curve.This is a Wolfram demonstration project with an interactive simulation.

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A planar hexagonal lattice is rolled up into a cylinder. This can be an illustration of how a graphene sheet forms a nanotube...
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A planar hexagonal lattice is rolled up into a cylinder. This can be an illustration of how a graphene sheet forms a nanotube of "armchair" geometry. This interactive demonstration permits the user to change various parameters of the graphene roll up format as it forms various dimensionality nanotubes.

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Select this link to open drop down to add material מטיילים בעקבות טיפות המים to your Bookmark Collection or Course ePortfolio

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'Love chemisty? There you go! A 2048 out of periodic table! Combine elements to get the more!Little ads, source code...
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'Love chemisty? There you go! A 2048 out of periodic table! Combine elements to get the more!Little ads, source code available, optimized kernel, faster than the original.Try 2048 and learn chemistry!'This is a free app

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'2048 Chemistry is an interesting and very addictive puzzle game.This is sample chemical game with periodic table...
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'2048 Chemistry is an interesting and very addictive puzzle game.This is sample chemical game with periodic table elements. You need to make Na. H+H->He, He+He->Li etcWHAT'S CATCH?Catch is to get to the Na tile.'This is a free app

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'-Create your own cell image-Explore a 3D cell-Get help from our award winning Technical Support Team-Email your image...
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'-Create your own cell image-Explore a 3D cell-Get help from our award winning Technical Support Team-Email your image creation to a friend/colleague Learn about the cell and all its structures using our new 3D Cell tool. Enjoy the ability to rotate the cell 360 degrees and zoom in on any cell structure. Choose from our list of cell structures to learn more about how each structure functions and relates to the other components of the cell. Dive even deeper and create your own stained cell image by using Molecular Probes™ products. There are over 250 image combinations to explore! Once you have created an image you can get help from our tech support team or email the creation to a colleague. This is a great tool for anyone interested in Biology, Biochemistry, or the Life Sciences in general. Molecular Probes™: Illuminating cellular function for more than 30 years — the most-referenced fluorescence and imaging technology portfolio (including Alexa Fluor® products) to enable cellular exploration.'This is a free app

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'Slate and Tablets is back with Atom-Builder, an exciting game designed to teach students the skills they need to count...
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'Slate and Tablets is back with Atom-Builder, an exciting game designed to teach students the skills they need to count protons, neutrons, and electrons in an atom. For the first time ever in the classroom, leverage the powerful Gamecenter to challenge students with our leaderboard and achievements. Use it in your course as homework or a worksheet for atomic structure and particle counting! Warning - app may cause addiction to chemistry class. FEATURES:- Learn without the clock in practice mode, where you can Tweet atoms you build directly from the app.- Race the clock to score as many points as you can! Earn extra points for combos, but be careful as the game gets harder when you score higher!- Tweet your accomplishments and high scores when you achieve atomic greatness!- Compete for the first time in the classroom through Gamecenter, by earning achievements and sharing them with your friends.- Teachers: Assign Atom Builder for homework or classwork, and students can email a screenshot of their high score!'This is a free app

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'The Atomdroid app is a computational chemistry tool for the Android platform. It can be used as a molecular viewer/builder...
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'The Atomdroid app is a computational chemistry tool for the Android platform. It can be used as a molecular viewer/builder and contains local optimization and Monte Carlo simulation features. Install now and experience mobile computational chemistry!List of features:* molecular viewing (compatible with xyz and pdb files)* trajectory analysis and viewing* molecular building (export to xyz)* PDB downloader (requires the Internet permission, downloads compressed pdb to save on your data plan)* Atomdroid molecular libraries (requires the Internet permission)* local optimization (L-BFGS and Powell algorithms)* Monte Carlo simulation and analysis* Global optimization using a Monte Carlo with minimizations approach* Universal Force Field (UFF) implementation (currently without electrostatics)* communication with other Atomdroid users via bluetooth and share your molecules (requires bluetooth permission, we are VERY cautious with using it)Future versions will contain:* more force field implementations (including analytical gradients)* molecular dynamics engine* and more...The application is currently in beta state.'This is a free app

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